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The site of a cranberry bog in Carver, Massachusetts now serves double-duty as a community solar plant after receiving Permission to Operate approval on November 26.

The Carver Solar project, owned by New York-based solar developer and operator Syncarpha Capital, sits on 28 acres leased by E.J. Pontiff Cranberries Inc. in an overall 765-acre plot otherwise used for cranberry bogs.

According to Syncarpha Capital, the community solar installation has a 7.1 MW-DC capacity, along with a 4 MW, 2-hour battery storage system, with the generated energy to be shared among local residents and institutions. The energy will be distributed to recipients by energy provider Eversource Energy via the state’s solar incentive program known as Solar Massachusetts Renewable Target (SMART).

Around 350 low-income residents, as well as Tufts University and Milton Academy, will receive discounted solar energy credits through the project, which is expected to generate around 9,500 MWh of clean energy in its first year of operation.

The Carver Solar project received Permission to Operate approval on Nov. 26. Syncarpha Capital

In addition to generating solar energy, the Carver Solar project features a battery installation that will help store energy collected from the solar panels, making it easier to meet energy demand during peak times. Ultimately, this helps build grid resilience to power outages.

Another benefit of establishing community solar is that it allows multiple households, businesses and institutions to access clean energy from one source, rather than households needing to pay for individual solar installations. Community solar can make clean energy more accessible, particularly to low-income households.

According to Solar Gardens, an energy provider by Syncarpha Capital, its community solar projects do not require enrollment fees. Instead, participants receive credits toward their energy bills for using the community solar.

The U.S. Department of Energy reported that as of June 2024, there are about 7.87 GW of community solar projects operating in at least 44 states and Washington, DC. Customers receive a median net present value savings of around $0.27 per watt (W-AC), with total savings varying by project.

Community solar can also be beneficial by incorporating dual-purpose land strategies, Syncarpha Capital reported, or by transforming otherwise unused brownfields into clean energy projects. For example, the site of an old landfill in New York was recently transformed into a community solar site, and in Michigan, some former coal sites are being transitioned into solar hubs and wildlife areas.

“The Syncarpha team thrives on tackling challenging projects and delivering innovative solar and storage solutions that benefit communities while respecting and preserving local land use,” said Clifford Chapman, co-founder and CEO of Syncarpha Capital.

The Carver Solar project is not without controversy, though. As Axios reported, farmers can be skeptical of installing solar on farmland, because it can make it more difficult to operate machinery around solar panels and there are concerns over whether solar could become more profitable than growing food, leading to shortages.

A local group known as Carver Concerned Citizens expressed concerns particularly over how solar installations could affect cranberry bogs, noting that the wooden poles for solar panel installation may be treated with chromated copper arsenate (CCA). The group said these poles could contaminate the cranberries and local drinking water.

Previously, the group campaigned for the removal of chemically treated poles from separate projects under Pine Gate Renewables. Carver Conservation Commission voted in 2021 for the poles to be removed and replaced by alternatives such as pre-cast concrete, Wicked Local reported.

In response to the rise of solar installations on agricultural lands, Carver Concerned Citizens said in a Facebook post in 2022, “Carver is home to a wide range of small family farms that could be threatened by irresponsible solar development. Let’s make sure that our farms keep producing food!”

The post Massachusetts Cranberry Bog Hosts Community Solar Plant appeared first on EcoWatch.

https://www.ecowatch.com/massachusetts-cranberry-bog-solar-power-plant.html

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Guest Idea: How to Avoid Altitude Sickness on the Everest Base Camp Trek

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Altitude sickness isn’t just an Everest problem. It’s a risk for any hiker venturing into high country above 3,000 meters (9,842 feet), from the Rockies and Andes to the Himalayas. Mountaineers and high-altitude climbers have understood this for decades: success at altitude isn’t about strength alone, but about pacing, acclimatization, and knowing when to stop.

Those same lessons apply directly to trekkers heading for Everest Base Camp (EBC). You can train for months, buy the best gear, and still get humbled by one thing on the trek to Everest Base Camp: altitude. One day you feel strong and excited. The next morning you wake up in Namche Bazaar (3,440 meters / 11,286 feet) with a pounding headache, no appetite, and legs that suddenly feel heavy. That’s altitude sickness, and it’s the reason many trekkers turn back before they ever reach Base Camp.

The good news? Altitude sickness is often preventable. Not with “super fitness,” but with smart pacing, proper acclimatization, good daily habits, and the right decisions at the right time.

This guide breaks everything down in a clear, practical way: what altitude sickness is, why it happens on the Everest Base Camp route, how to acclimatize properly, what symptoms to watch for, and what to do if you feel unwell. Follow these principles, and you’ll give yourself the best chance of reaching Everest Base Camp safely, and actually enjoying the journey.

What Is Altitude Sickness and Why Is It a Concern on the Everest Base Camp Trek?

Altitude sickness, also known as Acute Mountain Sickness (AMS), occurs when your body doesn’t have enough time to adapt to lower oxygen levels at high elevation. According to the Himalayan Rescue Association, symptoms can range from mild discomfort to life-threatening conditions if ignored.

It usually starts mild, but it can escalate quickly.

The three types you should know

  • AMS (Acute Mountain Sickness): AMS, the most common form, begins with dizziness and difficulty sleeping; the key is recognizing AMS early so it doesn’t progress.
  • HAPE (High Altitude Pulmonary Edema): This condition happens when fluid builds up in the lungs, making breathing difficult even at rest. Additional oxygen and medication are needed.
  • HACE (High Altitude Cerebral Edema): An urgent medical emergency requiring immediate evacuation, HACE involves swelling of the brain that causes confusion and loss of coordination.

Why Altitude Sickness Is Common on the EBC Route

Everest Base Camp sits at 5,364 meters (17,598 feet). At this altitude, oxygen availability is roughly 50% of sea-level concentrations, according to data summarized by the CDC’s High-Altitude Travel Guidelines.

You can’t “power through” that change. Your body needs time.

The EBC trek adds extra stressors:

  • Long walking days
  • Cold temperatures
  • Dehydration (very common at altitude)
  • Poor sleep in teahouses at higher villages

These same challenges become even more pronounced for trekkers who combine the trek to Everest Base Camp with climbing Island Peak Nepal, where altitude exposure is higher and recovery margins are tighter.

Altitude sickness has nothing to do with strength. Even very fit trekkers can develop AMS if they ascend too quickly.

When Altitude Sickness Usually Starts on the Trek

Symptoms often appear above 2,500 meters (8,200 feet). On the EBC trek, this can happen quickly, especially after reaching Namche Bazaar.

Higher-risk points along the journey include:

  • Namche Bazaar (3,440 meters / 11,286 feet)
  • Dingboche (4,410 meters / 14,468 feet)
  • Lobuche (4,940 meters / 16,207 feet)
  • Gorak Shep (5,164 meters / 16,942 feet)

From around 3,000 meters (9,842 feet) onward, doing a short body check every evening becomes essential.

A climber evacuated in the Himalayas. Source: Adobe Stock Photos

How to Prepare for Altitude Before the Everest Base Camp Trek

A smoother trek starts before you even land in Nepal. Preparation won’t guarantee you avoid AMS, but it helps your body cope better with stress and fatigue.

Get Your Body Trek-Ready

Aim for 8–12 weeks of training, including:

  • Uphill hiking (stairs, hills, treadmill incline)
  • Long walks for endurance
  • Leg and core strength training
  • Practice hikes with a backpack

Fitness won’t prevent altitude sickness, but it reduces overexertion, which does lower risk. This becomes especially important if your itinerary includes Island Peak climbing after Everest Base Camp, where accumulated fatigue can increase susceptibility to AMS.

Medical Check-Up

Before you travel to high-altitude destinations, speak to a medical professional if you have:

  • Asthma or lung conditions
  • Heart issues
  • Previous history of altitude sickness
  • Concerns about taking Diamox

Also ensure your travel insurance covers high-altitude trekking and helicopter evacuation, particularly if you plan additional objectives like peak climbing.

The Best Acclimatization Techniques for the EBC Trek

If there’s one rule that saves trekkers every season, it’s this:

Go slow—especially above 3,000 meters (9,842 feet). A safe itinerary includes at least two key acclimatization days:

Namche Bazaar (3,440m / 11,286 ft)
Stay two nights. Do a day hike to Everest View Hotel or Khumjung, then sleep back in Namche.

Dingboche (4,410m / 14,468 ft)
Stay two nights. Hike to Nagarjun Hill or the Chhukung ridge area, then descend to sleep.

These aren’t “rest days”, they’re altitude training days. Skipping them is one of the most common mistakes trekkers make, especially those planning to continue on to Island Peak after the EBC trek.

Hike to a higher point during the day, then return to a lower elevation to sleep. Keep acclimatization hikes steady and controlled, not exhausting missions.

Medications for Altitude Sickness: What Actually Helps

Diamox is commonly used to help with acclimatization by improving breathing at altitude. Medical guidance from sources such as the Mayo Clinic and CDC recommends it only under professional advice.

A typical preventative dose:

  • 125 mg twice daily, starting 1–2 days before ascent or early in the trek
    (always follow medical advice)

Diamox can help, but it never replaces proper acclimatization or descent if symptoms worsen.

Natural remedies, such as garlic soup, ginger tea, and warm fluids, can improve comfort and hydration. However, they do not replace slow ascent, acclimatization days, or descent, especially at higher elevations encountered during Everest Base Camp trekking and Island Peak climbing.

Symptoms of Altitude Sickness: What to Watch For

Early Warning Signs (AMS)

  • Persistent headache
  • Nausea or loss of appetite
  • Unusual fatigue
  • Dizziness
  • Poor sleep

If symptoms are mild, do not ascend further until they improve.

Dangerous Symptoms (Medical Emergency)

According to the International Society for Mountain Medicine:

  • Breathlessness at rest
  • Confusion or unusual behavior
  • Poor coordination
  • Persistent cough or chest tightness

These require immediate descent and medical attention.

What to Do If You Get Altitude Sickness on the Trail

If symptoms are mild:

  • Rest at the same altitude for 24 hours
  • Hydrate and eat light, high-carb meals
  • Reassess the next morning

If symptoms persist or worsen:

  • Descend at least 300–500 meters (1,000–1,640 feet)

No summit, no Base Camp photo, and no peak climb is worth risking your life.

Medical Support on the EBC Trail

The Himalayan Rescue Association clinic in Pheriche, seasonal service, is the most-known medical support point. Some lodges have oxygen or emergency resources, but availability varies, another reason proper insurance is essential.

Daily Habits That Make a Huge Difference

Hydration & Food

  • Drink 3–4 liters of fluids daily
  • Eat high-carb meals (rice, pasta, potatoes, lentils)
  • Snack regularly, appetite often drops at altitude

Dehydration makes AMS worse quickly.

Pace: Slow Beats Strong

Walk with:

  • Steady breathing
  • Short breaks
  • No rushing or racing others

A slow trekker reaches Base Camp more often than a fast trekker who crashes in Dingboche.

Avoid These at Altitude

  • Alcohol
  • Smoking
  • Sleeping pills or sedatives

They reduce oxygen efficiency and worsen sleep quality.

Should You Hire a Guide to Reduce AMS Risk?

A good guide helps by controlling the pace of your trek and can help with:

  • Monitoring symptoms
  • Managing accommodations
  • Making tough calls to stop when trekkers want to push on

A knowledgable guide becomes especially important if you plan to combine the trek to Everest Base Camp with climbing Island Peak in Nepal, where acclimatization margins are tighter. If you’re unsure about altitude, hiring a guide is one of the smartest safety upgrades you can make.

Learn From Experience

If there’s one thing experienced Himalayan guides agree on, it’s this: your itinerary matters more than your fitness. You can be strong, fast, and well-trained, but if you rush the ascent, altitude sickness can still catch you off guard.

Rest days in Namche Bazaar and Dingboche aren’t optional. They’re essential for a safe Everest Base Camp trek and absolutely critical if you plan to continue on to Island Peak.

Mild AMS is a warning, not something to push through. Severe symptoms are emergencies that require immediate descent. Knowing the difference can prevent serious consequences.

And finally, remember that descending is not failure. It’s smart decision-making. Everest Base Camp, and even Island Peak, are incredible goals, but real success is returning healthy, with clear memories and respect for the mountains that allowed you to experience them.

About the Author

This sponsored article was written by Samita Maharjan of Magical Nepal.

The post Guest Idea: How to Avoid Altitude Sickness on the Everest Base Camp Trek appeared first on Earth911.

https://earth911.com/inspire/guest-idea-how-to-avoid-altitude-sickness-on-the-everest-base-camp-trek/

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Best of SIYE: Heather Terry’s Regenerative Journey At GOODSam Foods

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Read a transcript of this episode. Introducing Sustainability In Your Ear transcripts.

The global food system stands at a crossroads. Climate change is reshaping where crops can grow, trade disputes threaten supply chains, and smallholder farmers who produce much of our food often have the least power in the system. Meet Heather Terry, founder and CEO of GoodSAM Foods, and discover how the company is transforming the traditional smallhold farm model by putting people and regenerative agriculture at the heart of a growing food company. GoodSAM Foods sources 90% of its ingredients directly from smallholder farms in Latin America and Africa, eliminating middlemen and reinvesting profits into farming communities. Terry’s approach is both principled and pragmatic: as climate volatility reduces crop yields globally, the companies that have built genuine relationships with farmers will have access to limited harvests. “When I’m a farmer and I suddenly have leverage, who am I going to sell that product to?” Terry asks. “It’s relationships.”

Heather K. Terry, Founder and CEO of GoodSAM Foods, is our guest on Sustainability In Your Ear.

Terry’s journey to raise $9 million in Series A funding over 18 months illustrates the disconnect between traditional investors and regenerative business models. After facing skepticism from conventional CPG investors, she found success with impact investors who understood that sustainable food systems represent the future of the industry. While GoodSAM maintains USDA Organic and Non-GMO Project verification, Terry takes a critical stance on regenerative certification labels, arguing that current systems impose Global North standards on farmers who have practiced regenerative techniques for generations. Instead, GoodSAM focuses on direct relationships and on-ground verification. Her proactive approach protected both the company and its farming partners from sudden economic shocks at a time when the U.S. food system faces mounting pressures from climate impacts and trade policy changes. “Every time you pick something up off the shelf, you are voting,” Terry said. “You’re sending a signal to a company.”

You can learn more about GoodSAM Foods at goodsamfoods.com.

Editor’s Note: This episode originally aired on September 22, 2025.

The post Best of SIYE: Heather Terry’s Regenerative Journey At GOODSam Foods appeared first on Earth911.

https://earth911.com/podcast/sustainability-in-your-ear-heather-terry-s-regenerative-journey-at-goodsam-foods/

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Earth911 Inspiration: Nothing In Vain

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Aristotle, who saw purpose and design in everything, wrote in several different works that “Nature does nothing in vain.” We reply that regardless of purpose, nature does everything with grace; we are fortunate to witness the miraculous results of 13.4 billion years of experimentation.

Earth911 inspirations. Post them, share your desire to help people think of the planet first, every day. Click the poster to get a larger image.

The post Earth911 Inspiration: Nothing In Vain appeared first on Earth911.

https://earth911.com/inspire/earth911-inspiration-nothing-in-vain/

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